Q: Why is it necessary algorithm solve problem in finite number of steps?

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algorithm is a way to solve your problem

It is a finite number.It is a finite number.It is a finite number.It is a finite number.

There are a finite number of apartments. Finite numbers may be large or small. There are a finite number of states. The number of molds in my fridge is not exactly finite.

The number of stars is finite.

I would guess that is because it has a finite number of different states. (It is also known as a finite-state machine.)

Related questions

the number of steps of an algorithm will be countable and finite.

The definition of the word algorithm is a set of rules for solving a problem in a finite number of steps, as for finding the greatest common divisor.

the number of steps of an algorithm will be countable and finite.

By preparing test cases we can test an algorithm. The algorithm is tested with each test case.

algorithm is a way to solve your problem

An example of finiteness in algorithm is when a loop within the algorithm has a predetermined number of iterations, meaning it will only run a specific number of times before completing. This ensures that the algorithm will eventually terminate and not run indefinitely.

1. Finiteness : An algorithm must terminate after a finite number of steps and further each steps must be executable in finite amount of time. 2. Each step of an algorithm must be precisely defined; the action to be carried out must be rigorously and unambiguously specified for each case. 3. Input: An algorithm has zero or more, but only finite number of inputs. zero input example: ASCII chart of 0-255 4. Output: An algorithm has one or more output. 5. Effectiveness: Should be effective that means each of the operation to be performed in an algorithm must be sufficiently basic that it can, in principle, be done exactly and in a finite length of time, by a person using pencil and paper and should be computer programming language independent

An algorithm is a detailed set of instructions rules which will enable a program to perform a specific action. It is a bit like a mathematical equivalent of a recipe for cooking a dish.A set of rules to be followed in problem solving operations - computers in particular

It should be simple.It should be clear with no ambiguity.It should lead unique solution of the problem.It should involve finite number of steps.It should have the capability to handle some unexpected situations which may arise during the solution of a problem(for eg: Division with zero).

Characteristics of algorithms are: Finiteness: terminates after a finite number of steps Definiteness: rigorously and unambiguously specified Input: valid inputs are clearly specified Output: can be proved to produce the correct output given a valid input Effectiveness: steps are sufficiently simple and basic.

An algorithm is a step-by-step procedure for solving a problem, typically involving a finite number of steps. Heuristics, on the other hand, are general problem-solving strategies that may not guarantee a correct solution but can often lead to a quicker or simpler resolution. Algorithms are precise and deterministic, while heuristics are more flexible and open to interpretation.

It is a finite number.It is a finite number.It is a finite number.It is a finite number.